Securitron Magnalock, REX and Power Engineering Assessment
Holding force and intended application separate one Securitron Magnalock family from another, and models such as the M62 cover interior, perimeter, exterior and specialty mounting. The lock is only part of the opening. Armature geometry, door position or bond monitoring, request-to-exit, emergency release and power behavior all have to be right as well.
Buy the whole assembly, not a headline number
Match devices, software, licensing, infrastructure, retention, integrations and support to the operating requirement before finalizing the system engineering.
Magnalock choice, the opening and code
Before any product is chosen, the authority-approved code sequence has to be settled. That means knowing whether the opening serves egress, carries a fire rating, or sits inside a delayed-egress or special-locking arrangement. The survey covers door and frame material, swing, closer, header, glass or narrow-stile conditions, exterior exposure and traffic.
Choose the Magnalock model, single or double configuration, mounting bracket and options from the exact opening. BondSTAT, door position and other monitoring serve different purposes. A strong holding-force number does not correct a weak frame, poor armature contact or an unapproved egress system engineering.
Discovery needs to identify protected areas, users, schedules, response procedures, privacy expectations, existing equipment and the party who will administer the finished system. Product claims only become useful after they are translated into measurable coverage, capacity, availability and response requirements.
- Frame, door, environment
- Egress sequence under code
- Which model, what holding force
- Bracket choice and monitoring
Architecture of mounting, sensors and release
One diagram should hold every way the lock lets go: normal access-control unlock, scheduled unlock, request-to-exit, fire-alarm or emergency input, manual release devices and loss of power. Mark the paths that are required to operate independently of the access controller.
Power supply sizing accounts for continuous current, distance, the number of locks energized at once, the battery or emergency source, and whatever supervision is required. The approved sequence dictates whether REX motion, push-to-exit or another device is used; sensor placement then has to catch a normal approach without creating an oversized unsecured zone.
Coordination items include network addressing, PoE or low-voltage power, pathways, environmental ratings, mounting, door or camera interfaces and backup power. Check the exact model against supported software before the order goes in. Two products with near-identical names can differ in capacity, licensing or integration limits.
- Release in normal and emergency
- Standalone release paths
- Where the REX covers
- Continuous current plus backup source
| Function | Component | Acceptance |
|---|---|---|
| Secure | Magnalock and armature | Full bond and reliable closure |
| Authorized entry | Controller relay | Correct credential and schedule |
| Egress release | REX/manual/emergency path | Approved immediate release |
| Monitoring | DPS or bond sensor | State matches physical door |
Field Installation and functional commissioning
Install the lock and bracket on a structurally adequate surface using the approved fasteners. The armature must float as system engineeringed and contact the magnet face fully. Protect cable, provide a serviceable junction and keep door closer and stop adjustments from forcing the lock to absorb impact.
Credential, schedule and REX release get commissioned first; every required emergency path is then tested on its own. Watch for release the moment lock power drops, alarm and monitor states reading correctly, relock happening only under the approved conditions, and the door closing again and again without binding.
Use named administrators, least privilege and multifactor authentication where supported. Establish backup, update, health-monitoring and escalation ownership. Firmware and software needs to come from the manufacturer portal after compatibility and release-note review, with rollback or recovery prepared before change.
- Structural mounting
- Armature seated fully
- Each release input exercised
- How it alarms and relocks
Records, inspection rounds and emergency retests
The record covers model, bracket, options, voltage, current, supply, batteries, relay, REX, emergency inputs, monitoring points and the release sequence end to end. Photographs show mounting and labels; they should not put sensitive controller detail on display.
Put the lock face, armature pivot, fasteners, cable, closer, door alignment, release devices and backup power on a defined inspection schedule. Any change to the controller, the fire system, power or the door hardware calls for the life-safety release tests again.
Acceptance needs to test normal use, denied or alarm conditions, loss of network or power, notification, audit history and administrator recovery. Deliver protected configuration records, licenses, serials, diagrams, test evidence, support links and clearly owned exceptions.
- Every release path drawn
- Record of supply and batteries
- Inspection on a schedule
- Changes trigger a retest
How KSEDCO runs the project
The final system engineering depends on site conditions, existing systems, client policies and the selected manufacturer or platform.
Discover
Capture the people, assets, workflows, risks and systems in place.
System Engineering
Pick a supported architecture, with its devices, licenses and integrations.
Install
Staging, labeling and commissioning run as controlled changes.
Validate
Run the operating scenarios; hand over lifecycle records.
Information to gather before system engineering
Good decisions are easier when the security engagement team starts with complete operational and technical information. The following items help reduce assumptions, change orders and avoidable return visits.
- Day-to-day use cases and response
- Matching device and software versions
- Power, network and physical connection points
- Licensing, identity control and cybersecurity
- Sign-off, support, lifecycle
Questions clients ask
These are common engineering assessment questions. A site-specific answer needs to be confirmed during discovery and system engineering.
What separates a bond sensor from a door-position switch?
They measure different things. Bond monitoring reports magnetic holding contact; door position reports the opening state.
Is one release path through the controller enough?
Not when code calls for an independent method of release. The approved life-safety sequence governs.
Why is armature alignment worth checking?
When contact is partial, holding performance falls off and locking becomes unreliable.
What preventive maintenance is important?
Alignment, armature movement, fasteners, wiring, release devices and backup power get checked, and the emergency tests are run again.
Firmware, software and technical documents stay where the manufacturer publishes them. KSEDCO does not host copies of those files.
Discuss a commercial security engagement
Tell us about the doors, buildings, users, existing equipment, operational requirements and desired completion date. We will help organize the right discovery and system engineering conversation.